Aerospace Engineering Intern

We are offering internship this summer in the following domains:

1. Aerospace Wing Design and Analysis
2. Software Development for Drones
3. Electronic Circuit Development for Drones

Internship Overview: As a UAV Technical intern at Kalam Labs, you'll have the unique opportunity to contribute to projects conducted jointly with prestigious institutions: IIT-Kanpur, TIFR, and ISRO. These projects include a near-range mapping VTOL drone, a stratospheric retrieval drone, and a high-altitude solar aerostat, each aimed at pioneering advancements in aerial mapping, atmospheric research, and sustainable high-altitude surveillance.

Key Responsibilities:

1. Design and Simulation: Engage in designing and simulating key components, leveraging collaborations with experts from IIT-Kanpur, TIFR, and ISRO to meet project specifications.
2. Software Development and Testing: Work on software for flight controls and operational functions, testing for reliability and efficiency in diverse conditions.
3. Hardware Integration: Integrate and evaluate sensors, propulsion systems, and other critical hardware, drawing on insights from collaborating institutions.
4. Data Analysis and Processing: Analyze operational data to optimize performance, with access to cutting-edge tools and methodologies from IIT-Kanpur, TIFR, and ISRO.
5. Field Operations Support: Support field testing, including troubleshooting and ensuring safety, benefiting from the operational experience of ISRO and other partners.
6. Documentation and Reporting: Maintain thorough documentation and prepare detailed reports, showcasing findings to collaborators and the broader scientific community.

Minimum Qualification:

1. Currently pursuing a degree in Aerospace Engineering, Electrical, Mechanical, Computer Science or a related field.
2. Strong academic background with coursework in design, simulation, software development, and hardware integration.
3. Proficiency in relevant programming languages and software tools.
4. Excellent problem-solving and communication skills.
5. Ability to work collaboratively in a dynamic and interdisciplinary environment.

Interview will be conducted in 2 rounds- Interview round & Technical round.

Interview Round: The interview round aims to assess candidates' overall fit for the internship program, including their background, interests, motivations, and general skills. It will be 15 min-30 min long.

Technical Round: The technical round is designed to evaluate candidates' technical knowledge, skills, and problem-solving abilities related to aerospace engineering, drone technology, or relevant fields.

Topics Covered in technical round: Aerospace Engineering Concepts: Candidates may be asked about fundamental principles of aerospace engineering, such as aerodynamics, propulsion, structures, and materials. Drone Technology: Questions may cover various aspects of drone technology, including flight dynamics, control systems, sensors, communication protocols, and software development for drones. Electronic Circuit Design: Candidates may be evaluated on their knowledge of electronic circuit design principles, components, PCB design, signal processing, and troubleshooting. Problem-Solving: Candidates may be presented with real-world scenarios or technical challenges related to the internship role and asked to propose solutions or demonstrate their problem-solving approach.